Coin-operated vending machine



May 26, 925.

D. L. CHANDLER G01N OPERATED VENDING MACHINE May 26', 1925.

D. `L. CHANDLER COIN OPERATED VENDINGV MACHINE L\\\\\\\\\\\\\\\\ Z, un

May 26, 1925. 1,539,466

D. L. CHANDLER COIN OPERATED VENDING MACHINE Filed Jan. 19. 1923 5 sheetssheet s Patented May 26, 1925.

UNITED STATES PATENT oFFIoE.:A

DANIEL L. CHANDLER, on Bos-TON, MASSACHS'ETTS, ssreno'ri, sintesi@ MENTS, 'ro vVEND Ans soar., A CORPORATION or ia'AssAoHUsETrs.A

coIN-oPnRArED VENDING MAoHrNE.

Application mea January 19, 1923. serial No'. 613,754.

T0 all whom t may concern.' Be it known that I, DANniL L.. CHANDL, a citizen of the United States, residing. at Boston, in thecounty of Suffolk and State of Massachusetts, have invented new and useful Improvements in Coin-Operated Vending Machines, of which the following is a speciiication. i This invention relates to a coin operated vending machine. The object ofthe invention is to provide a coin operated vending machinewh'ich, under certain conditions, Will operate as fol"- lows: Y A y (l) Vhen the correct coin is deposited in the machine and anarticle is iii-position ready for delivery, the machine will operate to deposit the coin in thev machine, prefer ably ina suitablereceptacle therefor, and Y will deliver the article to the` operator of the machine.

(2) When no coin is deposited in the machine and there is Aan Varticle in positionv ready for delivery, the machine maybe op-v erated from the outside by the operator but no articlel will be delivered.

(3) When the correct coin, that is, a coin of predetermined dimensions is deposited in the machine, and thereis no article positioned ready for delivery, then the coin' will be returned to the operator.'

(il) When a coin, or slug, of dimensions machine and there is noqarticle positioned ready Yfor delivery, then said coin will be returnedto the operator.'

It hasl been found when machines of this character are placed upon. the market, that material other thanV co1n"ssu'ch .as paper,

paraimchewing gum, tooth picks, matches.

etc., have been put into the coin slot andforcedv down intothe machinethus rendering the machine either inoperativeor else ci.usingA the machine to be so tampered with that the articles caribe fed one by oneout of the machineavithout. anyfcoin being in'- troduced into themachine. It is one of the objectsof this invention, in the..event of any material other .than the correct coin, Whether it-.be a slug. or acoin which is not intended to be used in the ma'- chine, forinstance, a ten. cent piece, where the machine is designedto be operated by a penny, to positively eject said. material from the coin slot of the operatingmechanism so that the mechanism' shall not be rendered inoperativeand sothat-the machine cannot be ,operated .to deliver the articles without theproper recompense therefor.v i .i

. Theinventioii consists in theimproved mechanism whereby. the .objects hereinbefore set forth are accomplished and particularly in the combination of elementsset! fortlrin the claims, one of the :novel features. of the invention being` embodied inl a rotary' coin holder whichrotates in one directi'on'to de# posit the coin inthe machinev when the article is ready for. delivery andlwhen the coin' is of a predetermined size, andfwhich rotates in the opposite direction andejects the'coin .Y from the machine in the event that the 'coin' is not of a.predeterminedsize, or linrtlieevent` that anarticle is notready' fordelivery, and" furthermore, the coin holder will be rotated and moved in said opposite direction to eject' any foreignA material therefrom .andsuch foreign material will bepositivel'y'f ejected from the coin holder. v

Referring to the drawings A Figure 1 is aV front elevation of' acoinopierated vending machine embodying my in` vention. j

FigjQis a sectional elevation of the ma-l chine take'n on line 2 2, 'Figure l, with themagazine broken away.r A .Y Fig. 3 is a sectional elevation taken onfv line 3 3, Fig. 2', illustrating the rotarycoin A holder. l p f.

Fig. 4 isa sectional elevation taken on line 4-4,`Fig.5... i Fig. 5l 's an underneath plan'Y of 'the-machine. .y 11

Fig. 6 is an underneath plan partl'yfiril section of a portion on line 6 6, Fig. 2. Y .Figiv is a` detail sectional elevation taken on Yline 7 7, Fig. 6 'and illustrating the inov=`y able stop and its'operatingi mechanism'.

of the machine' taken l' the articles to be vended.

perspective View of the coin Like numerals refer to like parts through rout the several views of the drawings.

In the drawings, is the casing of the machine. A16 is the magazine for holding 17 is the coin drawer. 18 is a receptacle for the". articles which are delivered outside the machine. 19 is the top of the machine'upon which is mounted the magazine and onthe under side "of ywhiclris mounted'all of the working mechanism of the machine.

There are embodied in the machine a primaryslide20 and a secondary slide 80. The primary slide carries with it thc larger part 1* of the working mechanism of the machine,

andthis primaryfslideiis always operated f i to move 'toward and away from lthe front of the machine by a: handle 22 fastvto a i .shaft 23 rotatably mounted in bearings 24 which project downwardly from the under- ..o'

the shaft 23 in the opposite direction from' that in which it is rotated bythe handle 22.

side of the top 19. `A spring 25 rotates `The shaft 23 Vis provided with a pawl and ratchet mechanism which insures the forward movement of theprimary slide being lcontinued to itsy end after it has once been Y started, and also insures the rearward movement of the slide being carried to its Vend when it has once been started. This pawl and ratchet mechanism consists, see Figs. V4 and 5, offa ratchet 26 fast to the shaft 23 and adapted to be engaged by a pawl 27 pivotally mounted on a stud 28 which is fastto a bracket 29 depending from the top 19 of the machine. S

Y A spring 30is connected at one end to; fthe pawl 27-and-at the other end to apin Y 31 fast to the top of the machine.y ratchet 26`is provide-d with two oppositely disposed notches32 and 33`aiid Vwith a tooth segment 34, and. when the operator starts the machine by pulling the handle 22 to- Y Y y wards the `front thereof` the teeth Vof the ysegment*` 34 will rotate in the direction of Vthe* arrow a and be engaged by the swinging-pawl 27 whichwi'lli prevent the ratchet 26S/from being moved in the opposite direc-` tion until the pawl enters the notch 32. then *when the direction of rotation of the ratchet Y j fof vthe arrow a until 26 vis reversed,the pawl 27 will be tipped in vthe opposite direction and will engage :the

teeth ofl-the segment 34 .to'prevent the ratchet from being rotated` in the direction the vpawl Vagain enters the notchif33. v-

The .j

The inner end of the shaft 23 has a crank arm 35 fast thereto which is provided with a `i crank Vpin 36 entering a` verticalslot 37 yfin the front end of the primary slidef2t), so that when the shaft 23 isrocked bythe handle 22V and by the spring 25 alternately in opposite directions, the primary slide20 will be moved forwardly or rearwardly sliding. in ways 38 provided therefor in the top 19. ,Y f 1 .Vhenin itsl normal position the rear end of the slide 20 abuts against a stop plate 39 fast to the underside `of the top 19,'as'inf Figs. 2, 5 and 6. a f i The present embodiment of my invention is illustrated as particularly'adapted tof contain and feed spherical articles'siich as balls of chewing gum, andthemagazine 16 is'.v

provided with a base40 which forms a part of the top 19 and in this'ba'se is 'a recessedy portion 41 with inclined faces 42 operating to guide the balls of 4gum-,into a tubular receptacle `43 projecting downwardly from the underside ofthe primary `slide 20 and forming a part thereof." Vertical pins-44 are fastened to the primary slide 20l and project upwardly yintothe @magazine A16 and Y Y intothe recess-ed portion 4];of the base of said magazine, soA that as the primary slide 20 is movedforwardlyand backwai'dly the pins 44 will agitate the articles in the magazine l5 and facilitate the feeding of Vthe y same into the receptacle 43. ,I

The top 19 is provided with Aanbrificfe 45 preferably having inclined sides 4.64,' which opens into a slot 47 provided in therprimary slide 20, and in this slot is rotatably mounted a coin holder 48 which 'is fastfto` a rock" shaft 49, Figs.'2, 3 and 5,r rotatably mounted I upon the slide 20. `The shaft 49,has fastg' ened at one end thereof la bevel lgear 5()V which meshes into 4another bevel gear .'51 rotatably mounted upon a stud 51"]tast to the primary slide .20.'A The rotary coin vholder 48 has a recess 52 adapted toreceive a coin 53- and another-recess V54 provided toy enablethe coin"holder l48 to clear the sta-V tionary ejector63 when,`after'thefcoinholder has been partially rotatedy in thefdire'ction vof the arrow c, Fig. 3, 4it is vmoved forwardly and the stationary ejector 65A enters the coin recess52,and to enable lthe coin holder 48 to' clear the ejector 65Vwhen, after the coin-V holder?v has been partially rotated in thedirection ofthe arrow b, Fig. 3, itis moved forwardly and the ejector 63 enters the coin recess V52.` The rotarycoinf holder 48 is rocked in one direction or another,"that-is,r

referring to Fig.l 3, it is .rocked toward the left to ,deposit the coiny 53 in' the coin? re'` Vceptac'leA 17 when: thecoin iis ofthefrightsize, that -isof Lpredetermined dimensions,

andsaid coin member is rocked toward the if right Fig. 3 vto deposit a slug .orf anythingl which is nota coin Aof predetermined diinen' sions, upon a chute 55 hvhich is inclined downwardly and leads through all opening 56 into the receptacle 18. The gear 51 is rocked in one direction or the other for the purposes hereinbefore set forth, by a bell crank lever 57 which is fastened thereto and has two arms 58 and 59. The arm 58 has an upwardly projecting lug 60 thereon and the arm 59 has an upwardy projecting lug 61 thereon. I

Then the slide 20 isgmoved forwardly and there is an article in the receptacle 4.3 ready to be delivered and there is also a coin 53 of predetermined size positioned in vthe recess 52 in the rotary coin holder 48, thenthe lug 60 will engage a stop 62 on the frame of the machine when the slide 2O arrives at its forward position and this will rotate the gear 51, thus rotating the gear and its shaft 49 in the direction of the arrow o, Fig. 3, and the coin 53 will then be ejected from the notch 52 and dropped into the receptacle 17. The coin 53 is ejected from the recess l52 when theprimary slide 2O is moved forwardly, by an ejector plate 63 which is fastened to a bracket 64 fast to the frame of the machine and which projects vinto the recess 52 and forces anything that may be therein out of'said recess, for example, if the coin 53 has been placed in the recess and isheld therein so that it would ,not fall out by gravity and enter the receptacle 17, it will be positively forced out'by the stationary ejector 63. A ny other material or article or slug which may be in the notch 52 will be rotated by the coin holder 58 in the direction of the arrow o, Fig. 3, and forced out of the notch 52 by an ejector plate 65 which is also fastened to the bracket 64. Afguide plate 66, Fig. 8, which is fastened to and projects downwardly from the slide 20serves to prevent any articles ejected from the coin holder 48, when the coin holder is rotated in the direction of the` arrow 5,'-from entering the chute L and also serves to prevent anything which is ejected from the recess 52, when the coin holder 48 rota-tes in the direction `of the. arrow c, j from entering the coin recepta-` cle 17. 4

It will be understood that the `coin holder 48 therefore, is rotated in the direction of the arrow b when the article is being delivered to the operator and when the coin is of the right size, and it is rotated in the direction of the arro'w c when any other combination of circumstances, as set 'forth in paragraphs (2), (4) and (5), occurs` and this opposite yrotation of the coin holder is obtained by the following instrumentalities :-'As previously described, if the coin is correct and the article is ready for deliv# ery, .then the lug engages the lug 62 and rocks thehell-crank lever 57 to rock the coin holder 48 in the direction of the arrow Z) and the coin is deposited in the receptacle 17,

and when the primary slide 20' returns to its normal position, the lug '60 will encounter another stop 67 on theframe cf `the machine and this will return the bell crank lever. the gears 5() and 51 andthe coin holder to their original and-normal positions.

In causing the coin member to rotate tcdimensions is deposited Iin the recess 52 and the article detecter finger tooperate when no article is present. For deliveryinto the receptacle 18 there must be a combination of the two, that is, a correct sized coin and an article ready for delivery. in order to secureV the delivery of the article to the voperator.

The detecter Finger 68 .is pivoted at 70 'to the primary slide 20 and the detecter finger 69 is pivoted at 7'1 to an `arni7 2 fast to 4the primary lslide 20, so that both of the vdetecter fingers are pivoted to the primary slide 2O and always move forwardly and backwardly with it. The detecter finger 68 is provided with an arm 73 which projects' into a slot 74 in the primary slide 20 and V1located in front of the coin slotr 47. A spring 75v operates the detecter finger 68 to move the end of the arm 73 against the 'coin orother article that may be in thecoin slot,'tha.tuis', the spring 75 acts to move the arm in'- wardly with relation to the coin slot. On its forward end the detecter finger 68 is .provided with an upwardly projecting lug 76 which engages the edge of a canrp'late 77,

Fig. 5. When a coin 4of the proper dimensions is located in the coinrecess then the 4lug 76, as the primary slide is moved lforward, will clear the right hand end .of an arm 78, Fig. 5, but if there is no coin `in the coin slot,'then the detecter finger .68 will be moved v.by the spring 75 so as to engage a tooth 79 provided at the'righthandend or the arnr'7 8, Fig; The arm 7 8 is fastened to the secondary slide 80 which is guided to slide in ways on the underside of the .top of the 'machine and said slide 80 has yan ear 81 thereon, s ee Fig. 7, which when the slide 8O is moved forwardly, or inthe direction of the arrow d, Fig. 7, will :engage .an ear 82 projecting laterally from aI movable stop 83 pivotedat 84 to the top 19 and as the slide 80 is vmoved forward by the slide 2O and 4coin detecter fin'ger`68, vv'the movable stop 83 will be rocked rdownwardly from 'the vpositions Aillustrated in Fig. 7 to that .illustrated 'rn Fig. 8 and thus willbring the ear82 into the path of the lug 61 on the 'bell crank Llever 57 and as the pri-mary slide is moved for- 'wardly the lug 61 williengage the movable forward movement of the slide whatever foreign material may be located. in the rre.-

vcess 52 of the coin holder 48 will be positivelv ejected by engaging the ejector plate 65. `Thus itwill be seen that if anything other than a correct coin is deposited ,in the f it to the operator.

f ly projecting lug 96, FigQ-, is secured on recess 52 ofthe coin holder 48, the saine will be ejected from the machine. If,however, a correct com 1s deposited in the recess 52 and there isno article to be delivered to. the operator, then the machine must operate to eject the coin Vfrom the machine and return To secure this result the secondary slide is moved forwardly, as yhereinbefore described, in order to bring the ear 82 into alignment with the lug 6l on the'bell crank lever 57, when there'is no article 14 in the receptacle 43, by Vthe article detecter finger whichhas an arm which projects into the receptacle 43 through a slot'V 86 and is moved toward the article therein by a spring 87. The Varticle detecter finger (S9-has a lug 88 projecting upwardly therefrom and bearing against the edge of a cam plate V89. If there is no article inthe receptaclef43 then the' arm 85 is carried into the receptacle and thedetecter finger v69 is swung in the direction of the arrow f, Fig. 5, to a sufficient distance so that an upwardly projectingy ear on said detecter finger 69 will-engage `a downwardly projecting lug 91 on the secondary slidef80 as the primary slide 2O is movedforwardly. ,This willcause the slide 8O to be moved Aforwardly and will operate as hereinbefore described to cause the ear 81 on said slide80 to engage the ear 82 andmove-it downwardlyinto the path of the lug 61, lon the bellfcrank lever 57 ,with -the result.y that thegears 51 and 50 will beoperated torotate the coin holder r`48'in the direction-of the arrowc 'and thus cause the coin 53Jto be deposited inlthe chute 55l whence itwill roll down into the receptacle 18, so thatfthe operator `can-obtain his coin back because he has not obtainedjany article. A lateral` thel under vside of the secondary slide 80` at one end thereof, and' when the `prima-ry slide 20 is returned to normal position by the spring 25, the secondary slide 8O is returned to normal position by a lug 72 -sef curedon the under side of the primary slide, which 'engages the lug 96 and movesjthe secondary slide *rearwardlyV When the slide 80A nieves. backwardly togetherfwith the primary slide 20, anv ear 92 thereon will l Y engage the stop 83] and move it back from the position illustrated inFig'.l 8 to that illustrated in Fig.A 7 where it will be out of the path of lever57. Y i j When there is an article14 lin the re-` ceptacle 43 and the slide20 is movedfor `wardly, the arm 85 on the article'detecter finger 69 will be movedv inwardly by the spring 87 untilit engages said article and the detecter finger will be allowed to be so moved by the lug. 88 thereon moving into the recessed portion 93 of the cam plate 89, and the edge ofthis camfplate with which the lug 88 contactsv is so formed as to allow the arm 85 ofthe detecter iinger69 to en y'the lug 61 on thefbell crank gage the articlejl4as the slide 20 is moved Y forwardly, vuntil the j receptacle tube l43 comes into alignment with and above a shelf 94, Fig. 2, whereupon the article detecter finger is moved `by thekcam 89 out of engagement with Vthe article and thefarticle drops downwardly on to the shelf'94. Upon the return movement Yof.V the slide 20 Vthe article is pushed off of the shelf94, dropped `on to the chute 55 and rolls downwardlyl into the receptacle 1,8.` If, however, the aux;` iliary slide 80 yis also Inovedforwardly by.y either. of the detecter-fingers 68 `o'r 69,` as hereinbeforeV described, then a plate 95.0n a downwardly projecting arm96 fast to said secondary slide 80gw111 move forwardly with said slide and asV it projects into and i across the receptacle 43, the articlejl4l will not `be allowedto drOp down on to thershelfl 94, Ybut will return withtheslides 20.-and

l80 tothe position illustratedlin Fig,2fand to the operator of the. machine; n

It will be understood that thestops62 and 67 jconstitutestationary contacts 3l that the lugs 60, 61 andear 82ers movable contacts, andpthat the lug 6lfabuts againsta stationary vlug i' 82 constituting 'ai rstationary cmtact when the slide 20V is returning -to its normal position as illustrated in Fig. 6, whereby the bell crank lever 57 is rotated in that case the article will not be delivered to assume its normal position and thereby 1g l Y thejgears'O and51 and the jcoin holderv 48 are rotated to assume their'normal posit tions. The seconda-ry slide 80 islheld .it maybe moved, -by a spring 97 vfast .to the top 19 and having an arm 98 thereon which bears againstythe underside of the `secondary slide 80.

. The general operation' of lthe mechanismV in; general described isI asf follows :i-Thef` lfrictional resistance `in any position to which user :of the machine places va coin ofthe proper dimensions,;that is, a nny ,for

or a dime for a dime machine, inthe orifice 45 whence it descends throughV thefslot :e i penny machine, a vrnickel for niclel machine,

in the slide .2() into the recess 52 in the coin holder 48.

- Assuming now that an article 14 is in the receptacle 43 in the position illustrated in Fig. 2 and the coin in the posit-ion illustrated in Fig. 3, the operator of the machine pulls the handle 22 orwardly thus rotating the shaft 23 through the pawl and ratchet mechanism, and the slide 20 is brought forward while the lslide 8O remains stationary until the coin holder is rotated in the direction of the arrow b by the lug '60 .abuttingagainst the stop 462 and the coin is pushed ourl oir' the recess 52 by the ejector plate v63. At the saine time that this is :occurring the slide 20 moves the receptacle 43 forwardly carrying the article 14 off ofthe plate 95 and dropping it on to the plate 94, then upon releasing the handle 22 the spring 25 will return the. slide 20 to its normal position. together with the slide 8O and during' this backward movement the receptacle will push the article off of the vshelf 94, whereupon it will be dropped into the chute 55 and roll down on to the recep acle 18. This is the sequence of operations performed by the machine when a coin of predetermined dimensions is deposited therein and when the package is ready for delivery.

Assuming that the combinationfof circumstances set forth in paragraph (2) occurs, where there is no coin deposited in the machine, but there is an article 14 ready :for delivery. in this case. when the machine is operated by the handle 22, the coin detecter finger 68 will be moved into the coin slot and the lug 76 will engage the tooth 79 on the arm 78 and the slide 8O will be carried for- Y wardly along with the slide 20. The ear 83 on the movable stop 82 will be drawnr downwardly into the path of the lug 6l on the bell crank lever'and this will .rotate the bell crank lever so as to move the Lgears to roclr the coin holder in the. direction of the arrow c, and at the same time the plate 95 will be carried along with thereceptacle 43 and back again with it, so that `there will be norarticle delivered from the machine.

When the combination of circumstances is as set forth in paragraph (3) wherein a correct coin is deposited but there is no package, then. Vthe coin detecter finger is held out, but the article detecter finger 69 moves in the direct-ion of the arrow If, Fig. 5,so that the ear 90 thereon .engages the lug 9i on the slide 80 and said slide is thenmoved with the slide 20, and by the mechanism hereinbefore described vthe coin holder -48 is rotated in the direction of the arrow c and the coin is delivered to the operator of the machine. It the combination Aof circumstances se forth in paragraph (4) occurs .thenithe coin' set forth-in paragraph (5) loccur andthere., is a .slug which is thinner thanthe pen-Iiypositi-.oned in the recess52, then the coin detecter Enger '68 will `be moved s0 that the lug 76 will engage the tooth `79 andl moving,

the slide 2O willactuate the instrumentalities hereinbeiore described, to rotate the .coi-Ii holderV 48 inthe direction of the .arrow ',c, returning the slug tothe `operator of the machine. Ii? -theslug isexactly of the same dimensions as the penny, then, the coin holder will rotate inthe direction of the arrow b and the slug will be deposited in the coin receptacle inthe .casi-iig. VThe slot 47 is of such dimensions that a coin or ,slug which is of .greater thickness ythan a penny could not be introduced into it.

I claim.: z

l. A machine tor vending articles having,I`

in combination, a movable member' adapted to receive a coin and mechanism rendered operable 'by one ofsaid articles and said coin to operate said movable member to ,de-

posit said coin Within said machine when the coin is of `predeterinined dimensions yand to eject lthe coin from lthe machine when not of predetermined dimensions.A

2. A machine for vending articles having, in combination, a rotary member -iadapted to receive a .coin and mechanism rendered operable .by one of 'said articles and -bysaid coin to rotate said member and ito deposit said coin Within said machine `whengthe coin is .of predetermined dimensions A,and to eject the coin from the machine .when not of predetermined dimensions. y

3. Amachine for vending articles having, in combination, a rotary'inember adapted to receive a coin and lmechanism .rendered operable by one Aof said-articles and bysaid coin to rotate said member in one direction and deposit said coin within saidmachine when the coin is of predetermined y:dimensions and Vto rotate said member in .the opposite direction and eject the coin ,from the y,machine when not. ot ,predetermined dimensions. y

.4. A .machine for vending` `articles having, in combination, a .rotary inemberprovided with a recess vin its periphery adapted to receive a coin and mechanism rendered operable by one of said articles and :by said coin to rotate said memberand depositsaid coin Within said machine when .the colin is ofpredetermined dimensions vand to yeject the .coin -from the machine when not -Oi'predetermined dimensions.

`5. A machine :for vending articles having,

.in combination, 1 a .movable member provided WithaslotV adaptedto receivev a coin, av

detecter finger pivoted to ysaid movable member, yielding means adapted tomove oney end` of said detecter finger into said slot, a rotary Vmember mounted on` said movable member, projectinginto said slot andI adapted toreceive said coin, and mechanism on saidi'niovable member rendered operative by said detecter fin-ger to rotate said rotary member in one direction to deposit a-'coinwithin said machiney and to ro- `tate said rotary member in the opposite direction to eject a coin from said machine. 6. A vending machine' havnig, in com- "bination, a reciprocatory member constituttecter finger mounted on'said -reciprocatory member adaptedto engage a coin in said slot, mechanism rendered operable by said coin' detecter finger to impart a rotary motion to said coin holder in one direction and stationary means adapted to operate said rotary member to rotate in the opposite direction.

57; A machine for vending articles having,

in combination, a rotary and reciprocating coin Yholder and mechanism'to rotate said holder and leject a coinV therefrom.

8. A machine for vending' articles having, in combination, a rotary` and reciprocating coin holder and mechanism torotate said holder and ejectV a coin therefrom and means to guide said coin out of said machine.

' l9. A machine for delivering an article injreturn for a coin of predetermined dimensions deposited therein having, in combination, a rotary coin holder and meclianism rendered operable by a coin ofdimensions other than those of said coin of pre-'- determined dimensions and positioned in said holder to rotate said the coin therefrom.

10. A machine for delivering an article in return for a coin of predetermined dimensions deposited therein having, in coin- `bination, a rotary coin holder., mechanism rendered operable by acoin of dimensions other than those of said coin of predetermined dimensions and positioned in said holder to rotate said holder and eject the coin therefrom and means -to guide said coin out of said machine. i i

1 1.A machine for delivering an article infreturn for acoin of predetermined di- Vinensions deposited therein having, Vin coin- -bination, "a rotary and reciprocating coinf' coin holder in said casing provided lwith recess to receive said coin, a movable meinbei" upon which said coinholderis rotatably mounted, mechanism'to rotate saidholder holder provided with arecess for said coin and mechanism adapted to rotate said holder and positively eject from' said recess anything that may be contained therein.

holder and eject mensions depositedtherein having,'in com-f binatioii, a rotary coin holder rovided with a recess for said coin and mec anism adapt# ed to rotatesaid holder in one direction andV eject therefrom a ooinof predetermined di-` mensions and to Vrotate said holderin the opposite direction and ve'ect from said recess any material other t an a coin of predetermined dimensionsy that may be contained therein. i Y 13.' A machine forl delivering an article in return for a coin of predetermined dimensions deposited therein having, in combination, a `rotary coin holder provided with a lrecess for. saidcoin, mechanism adapted to rotate said holder inv one. direction and eject therefrom av coin of predetermined vdimensions and to rotate said holder in the opposite direction and eject from said re# cess any material other than a coin of predetermined vdimensions that may be con tained therein and means to guide said material out of saidmachine.

return fora coin of redetermined dimensions deposited therein having, in ,combination, a casing provided With a` coin slot, a

coin holder in said. 'casing provided With a recess to receive said coin, -a movable member upon Which said coin holder is rotatably mounted, mechanism to rotate said holder positioned on said movablemeinber and means rendered operable by a coin in said recess of predetermined dimensions and by said article to rotate said holder and eject the coin therefrom. i

l5. A machine forA delivering'a'n article in return for a coin of predetermined dimensions deposited therein having, in combination, a casing provided'vvith a coin slot, a coin holder in said casing provided with a recess to receive said coin, a movable meinber upon Which said coin holder is rotatably mounted, mechanism to rotate said holderV from the casing anything that may be con-` tained in said recess When said coin of pre? ltd determined dimension is noty positioned in said recess.

16. A machine for delivering an article iii i return for acoin of predetermined diinen sions deposited therein having, in combina- Y tion, a casing provided With a coin'slot, a

iso"

positioned on said mo-vable member and means rendered operable by a coin in said recess of predetermined dimensions and by said article to rotate said holder in one direction and eject the coin from said recess and into said casing and to rotate said holder in the opposite direction and eject from the casing anything that may bey contained in said recess when said article is not positioned on said movable member.

17. A machine for deliveringv 1;., article in return for a coin of predetermined dimensions deposited therein having, in combination, a casing provided with a coin slot, a coin holder in said casing provided vidi a recess to receive said coin, a primary slide upon which said coin holder is rotatably mounted, mechanism positioned on said slide to rotate said holder and embodying a movable contact member, and a stationary contact member on said casing adapted to be engaged by said movable Contact member when said primary slide is moved forivardly with a coin ot predetermined dimen sions in said recess and carrying said article to deposit said coin in said casing and deliver said article from said casing.

18. A machine for delivering an article in return for a coin of predetefmined dimensions deposited therein having, in combination, a casing provided With a coinslot, a coin holder in said casing provided With a recess to receive said coin a primary slide upon which said coin holder is rotatably mounted, mechanism positioned on said slide to rotate said'holder and embodying a movable contact member, and a stationary contact member in said casing adapted to be engaged by said movable contact member and rotate said coinholder in one direction when said primary slide is moved t'o-mvardly with a coin ot predetermined dimensions in said recess and carrying said article to deposit said coin in said casing and deliver said article from said casing and another stationary contact member on said casing adapted tobe engaged by said movable contact member on the returnV movement of said primary slide to rotate said coin holder in the opposite direction to its normal Aposition.

19. A machine tor delivering an article in return for a coin ot' predetermined dimensions deposited therein having, in combina-l tion a casinor rovided with a coin slot. a

ecoin holder in said casing provided Wit-h `a recess to receive said coin, -a primary slide upon which said coin holder is rotatably mounted, mechanism positioned on said slide to rotate said holder, a `movable contac member on said slide, a movable contact member on said casing, means to position said movable contact member on said casingl lto be engaged by the movable contactv member on said primary slide, to rotate said coin holder and' deliver said coin from said casing when there is no article delivered from said casing by the forward movement of the slide. Y

2l. A machine for delivering an article in return for a coin of predetermined dimensions deposited therein having,` vin combination, a primary slide constituting an article receptacle and a secondary slide in said casing, a coin holder rotatably mounted on said primary slide and provided with a recess adapted to receive a coin, a detecter i finger on said primary slide adapted-to engage a coin or other material in saidy recess, another detecter finger on said prima-ry slide adapted to engage an article on said slide, either of said lingers being adapted to yengage said secondary slide and move it with said primary slide andm chanism lrendered operable by the mov-ement o1"- said secondary slide with said primary slide, to rotate said coin Iholder and to eject said coin or material trom said casing. f

22. A machine for delivering an article in return for a coin of predeteru'iined dimensions deposited therein having, in .'combination, a primary slide constitutingan article receptacle and a secondary slide `iin said cas? ing, a coin holder rotatably mounted on `said primary slide and provided with a recess adapted to receive a com, a `detecter V.finger on said primary slide adapted to 'engage a said primary slide to prevent said article from being ejected from said .prin-nary slide.

Y23. A machine tor deliveringanlarticleiin return for a coin of predetermined `dimensions deposited 'therein having, iin combination, a primary Aslide constituting an article receptacle and a secondary slide in said casing, a coin holder rotatably mounted on said primary slide and provided With a recess adapted to receive a coin, a detecter nger on said primary slide adapted to engage a coin or other material in said recess,

y another detecter finger on said primary slide ot said lingers being adapted to engage said adapted to engage an article on saidvslide, either of said fingers being adaptedk to engage said secondary slideaiid move it with Saidprimary slide, mechanism rendered op- I erable by the movementof' said secondary slide With said primary slide, to rotate said coin holder and to eject said coin or material from said casing and means rendered operable by the movement of said secondary slide With said primaryslide?V to prevent said j article from being ejected from said slide.

24. A machine for delivering an Varticle in return for a coin of' predetermined dinien` Y sions deposited therein having, in combinaon said primary slide adapted to engage a Y coin or other material in said recess, another detecter linger on said'primary slide adapted to engage'aii article onI said slide,

' ,eitherA of saidfingers being adapted to engage said secondary slide -and'move it with said primary slide and mechanism rendered operable by the movement of said second-l ary slide With said primary slide, to rot-ate said coin Aholder andto eject said coin or inaterialffrom said casing, said coin detecter finger being rendered inoperable Vby a coin f gage acoin or other material in said recess,

of predetermined dimensions positioned in saidrecess to connect said secondary to said primary slide..

25. A machine for delivering an article in return for a coin of predetermined di-V mensions deposited therein having, iii combination, a primary slide constituting j an article receptacle and a secondary slide in said casing, a coin holder rotatably mounted on saidprimary slide and provided with a Vrecess adapted to receive a coin, Va detecter finger on said primary slide adapted to engage a coin or other material in said recess,

another detecter finger on said primary slide adapted to engage aaai-ticle on said slide, either of said fingers being adapted to engage said secondary slide and move it With said primary slide and means rendered operable by the movement ofsaid secondary slide With-said primary slide to prevent said article from being ejected from said slide, said, article detecter finger being rendered inoperable by an article on said primary slide to connectsaid secondary to said primary slide.

26. A'. machine Afor delivering an article in return for a coin of predetermined dimensaid primary slide and provided With a re-.

cess adapted to receive a coin, a detecter finger on said primary Vslide adapted to engage a coin or other material insaid recess, an-

li l) other detecter finger on saidV primary slide adapted to engage an article on said slide,

either of-said fingersbeing adaptedwtojen-V gage said lsecondary slide and move it 'with' .said'priinary slide andjniechanism mounted on said primary slide including a movable Vcontact member-to rotate said coin member,

and a movable contact member oni'said casing operable by said secondary'slidej to be positioned to' engage tliemova'ble contact member on' said primary slide and rotate said coin holderqto eject said coin or material from said recess.A i 1 'Y U 27. lA machine for delivering an article inV return for a coinpofl predetermined dimensions deposited therein having, iiicomill ,bination, a primary slide constituting an article receptacle and a secondary slide inV said casing, a coin holder rotatably mounted on said primary slide and provided With a recess adapted to receivea coin, a detecter finger on said primaryV slide adapted to enanother detecter finger on'said primary slide' adapted 'to engage an article on said slide, either of said fingers being adapted tou material from said recess anda stationary' contact member on said casing positioned to engage the movable Contact member on Vsaid primary slide during its" return movement to return the sameto its normal position.'`

In testimony whereof I havefhereunto set my hand in presence of tivo subscribing Witnesses.l v

DANIEL LQCHANDLER. Witnesses:

CHARLES S. GooDiNG, FRANKLIN E. Low.` 

